StudyMEDIC vs Tweris Mini

StudyMEDIC – An unprecedented training platform for diversified Obstetrics and Gynaecology courses (MRCOG, MRCPI, FCPS-OBG & EBCOG) under one brand with an inimitable training structure and a globally recognized mentor’s panel with their decades of clinical and teaching experience. We designed our courses with the aid of advanced technologies and methods to cater the needs of all our students to drive their own path of success by creating an innovative, interactive and informative learning system. We value and upheld our students in all ways we can, to benefit them with the most updated and imperative information’s which transforms our students to best, renowned and reputed clinicians in the field of Obstetrics & Gynaecology.

Tweris Mini is the first app released by Tweris® team composed of practising doctors and committed developers who aim to provide doctors and midwives with an AI-based, simple hand-held tool to guide them to detect and manage peripartum fetal hypoxia while interpreting fetal heart rate traces. Tweris Mini picture analysis algorithm has been trained on 5000+ fetal heart rate traces from several countries labelled by a world-renowned expert, and helps to diagnose 12 different key aspects of Physiological Interpretation of CTG traces: - Normal (No evidence of hypoxic stress) - Gradually evolving hypoxia -compensated - Gradually evolving hypoxia -decompensated - Chronical hypoxia - Subacute hypoxia - Acute hypoxia - Tardy deceleration (utero-placental insufficiency) - Quickie deceleration (umbilical cord compression) - Zigzag pattern - Sinusoidal pattern -typical - Sinusoidal pattern -atypical (Poole Shark Teeth) - Unstable baseline For each picture analysis prediction, Tweris Mini provides its degree of certainty and management advice according to the international consensus guidelines on physiological interpretation of CTG produced by 44 experts from 14 countries. Tweris Mini also incorporates a user-friendly interface for questions and discussion related to the analysis of cardiotocography by the users. Features • Fetal hear rate trace picture analysis • Detection of different types of fetal hypoxia • Fetal heart rate trace classification according to the international consensus guidelines on physiological interpretation of CTG • Management advice to address the identified CTG feature, based on algorithms developed by experts on Physiological interpretation of CTG. • Conversational bot This app does not replace medical judgment. Any medical decision must be made by a qualified healthcare professional.